Topic: resonant-scanning two-photon microscopy

With the rapid growth of optical imaging technologies, the simultaneous observation of brain-wide activity and behavior in small organisms offers a unique opportunity to study how distributed neuronal networks interact to process sensory information and generate behavior. While neuromodulators have been shown to grant flexible state-switching mechanisms to circuits, their influence on global network dynamics is poorly characterized. Using resonant-scanning two-photon microscopy, we measured brain-wide calcium dynamics in head-restrained larval zebrafish while monitoring tail movements to inves